In a groundbreaking discovery, ISRO’s Chandrayaan-2 mission has detected direct evidence that solar storms can stir the Moon’s tenuous atmosphere. This finding helps scientists better understand space weather effects on the Moon and its surface environment.
Key Highlights of the Discovery
Mission Involved: Chandrayaan-2 Orbiter with onboard instruments studying lunar exosphere.
Discovery: Variations in lunar atmospheric particles were observed during solar storm events.
Significance: First direct proof that charged particles from solar storms interact with the Moon’s ultra-thin atmosphere.
Scientific Implications: Helps predict lunar surface weathering, dust movement, and plasma interactions, crucial for future Moon missions.
How Chandrayaan-2 Made the Discovery
Data Collection: Instruments monitored lunar exosphere composition and dynamics.
Event Correlation: Changes in particle density correlated with solar storm activity.
Analysis: Confirms that even the Moon’s sparse atmosphere responds to solar events.
Why This Matters
Space Exploration: Understanding solar storm impacts is vital for astronaut safety in future Moon missions.
Lunar Science: Offers insight into surface-atmosphere interactions and dust mobilization.
Global Recognition: Strengthens ISRO’s position in cutting-edge space research.
FAQs:
Q1. What did Chandrayaan-2 discover about the Moon?
A1. It detected the first proof that solar storms can stir the Moon’s thin atmosphere, affecting particle movement.
Q2. Why is this discovery significant?
A2. It improves our understanding of lunar surface interactions, dust mobilization, and space weather effects, crucial for future missions.
Q3. Which instruments helped detect this phenomenon?
A3. Chandrayaan-2’s orbiter instruments monitoring lunar exosphere detected variations correlated with solar storms.
Q4. How does this impact future Moon missions?
A4. It informs astronaut safety, habitat planning, and equipment design by understanding how solar storms influence the lunar environment.
Q5. Has any other mission observed this before?
A5. No, this is the first direct evidence, making it a landmark discovery in lunar science.
Published on : 21st October
Published by : SMITA
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